White Papers

Abstract:

Diesel fuel combustion efficiency and emissions remain critical challenges in meeting stringent EPA Tier 2, 3, and 4 standards. Varnish accumulation on injector tips and suboptimal fuel droplet size contribute to reduced fuel economy and increased emissions. This white paper explores the application of magnetic fields, specifically using Covion Solutions’ Charge Control technology, to mitigate varnish deposits and enhance combustion efficiency. By altering the interfacial tension and promoting varnish agglomeration, the technology’s electro-magnetic field effects improve fuel economy and system cleanliness. Field tests demonstrate measurable improvements, positioning this technology as a cost-effective solution for diesel engine optimization.

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Calcium carbonate scaling in industrial water systems poses significant economic and operational challenges, costing billions annually. This white paper explores the application of magnetic fields to mitigate scale formation by influencing calcium carbonate crystal structures. By promoting the formation of aragonite over calcite, magnetic fields reduce scaling tendencies, offering a sustainable and effective solution for industrial water systems. This paper reviews the underlying mechanisms, empirical evidence, and practical implications of magnetic field technology for scale control.

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Crude oil production and transportation face significant challenges from deposits formed by paraffins and asphaltenes, leading to reduced efficiency and increased costs. This white paper explores the application of magnetic fields to fluid flows to control these deposits by altering molecular alignment and preventing aggregation. Drawing analogies from well-studied water systems, we discuss the mechanisms, long-lasting effects, and cost-effective benefits of magnetic field technology. Covion Solutions Charge Control technology is highlighted as an engineered solution for managing deposit-related issues in a diverse range of crude oil and intermediate product systems.

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